12results about How to "Reduce storage space requirements" patented technology

The utility model discloses a film-coated fluorine mets needled felt filter bag, which comprises a base cloth, a support mechanism and a protection mechanism, a fluorine mets needled felt layer is arranged outside the base cloth, a film-coated layer is covered outside the fluorine mets needled felt layer, a folding mechanism is arranged outside the base cloth and the film-coated layer, and the folding mechanism is arranged outside the base cloth and the film-coated layer. The folding mechanism comprises a first elastic supporting frame, and the surface of the first elastic supporting frame is fixedly connected with a first fixing plate. Through the arrangement of the supporting mechanism and the matching of the first elastic supporting frame, the first fixing plate, the first fixing hole, the second elastic supporting frame, the second fixing plate and the second fixing hole, the problem that a traditional filter bag is difficult to fold is solved, an operator can flexibly fold the filter bag into a proper size according to actual requirements, and the filter bag is convenient to use. The storage space requirement is lowered, the filter bags can be fixed through bolts after being folded, the filter bags are stacked in order, surface abrasion of the filter bags is reduced, the filter bags are convenient to take and use, and the time cost for overhauling production line equipment and replacing the filter bags is reduced.

The utility model provides a waste collecting device of a garment processing assembly line, and belongs to the field of garment processing waste collection, a controller is arranged on the front side wall of a collecting box, a discharging plate is arranged above the collecting box, a supporting frame is arranged at the top of a supporting table, a hydraulic cylinder is arranged at the top of the supporting frame, and the output end of the hydraulic cylinder is connected with an electromagnet. The compressing mechanism is arranged in the collecting box, and the compressing mechanism can extrude the waste in the collecting box into blocks; the vibrating mechanism is in linkage with the compression mechanism and is arranged on the side wall of the collection box, and the vibrating mechanism can drive the discharging plate to vibrate. According to the utility model, through the arrangement of the discharging plate and the compression mechanism, the discharging plate can guide waste materials on the conveyor belt into the collection box to be collected; and under the action of the compression mechanism, the waste materials entering the collecting box can be compressed, the size of the waste materials can be greatly reduced, the storage space requirement is remarkably reduced, and stacking and transportation are facilitated.

The utility model discloses an improved steel bar bending tool which comprises an operation table. The guide assembly is connected to one end of the upper portion of the operation table; the steel bar bending assembly is connected to the other end of the upper portion of the operation table. The transmission assembly is arranged on one side between the guide assembly and the steel bar bending assembly, one end of the transmission assembly is in transmission connection with the steel bar bending assembly, and the other end of the transmission assembly is connected to the upper portion of the operation table; and the operating handle is connected to the outer side of the other end of the transmission assembly. The steel bar bending machine is ingenious in design, safe and reliable, can accurately control the bending angle, ensures that steel bars meet design requirements, improves working efficiency, can provide stable and uniform power due to the arrangement of the transmission assembly, enables the bending process to be more stable, ensures that the bending angle and shape of each steel bar are consistent, improves consistency of bending quality, and reduces production cost. And meanwhile, the labor intensity is relieved, and fatigue and errors caused by manual bending are avoided.

The utility model relates to a multifunctional hanging seat for an overhead man-riding device, in particular to a hanging seat which is suitable for a coal mine overhead man-riding device and can rotate and be folded. According to the technical scheme, a rope clip is arranged on the top, a middle upper rod is arranged in the middle, a transverse handle is arranged on the upper rod, a lower rod facing front and back is arranged on the lower portion of the upper rod, a foot placing cross rod is arranged at the front end of the lower rod, a riding seat is arranged at the rear end of the lower rod, the bottom of the upper rod is connected with the top of a connecting shaft through a transverse hinged shaft, and a sleeve is arranged on the lower portion of the connecting shaft in a sleeved mode. The sleeve is welded to the side face of the lower rod, a supporting plate is arranged on the lower portion of the connecting shaft, a limiting groove is formed in the edge of the supporting plate, the rear end of the lower rod is connected with the mounting frame, and a turnover plate is hinged to the rear position, connected with the connecting shaft, of the lower rod and embedded into the limiting groove of the supporting plate to limit rotation between the lower rod and the connecting shaft. The lower rod and the upper rod of the device can be overturned, so that the passenger seat can be overturned upwards, the left and right side spaces are reduced, and storage management is facilitated.

This invention relates to the field of knowledge base technology, specifically to a knowledge base retrieval method supporting compression. It includes the following steps: S1, establishing a B+ tree as the index structure of the knowledge base, and compressing the B+ tree index structure using prefix compression technology; S2, compressing the data in the knowledge base using an intelligent differential compression algorithm; S3, adjusting the interaction between the index structure and compressed data using an intelligent index retrieval algorithm based on the B+ tree index structure; S4, monitoring performance indicators in real time and periodically checking the integrity of the data. This knowledge base retrieval method supporting compression optimizes data storage through an intelligent differential compression algorithm, significantly reducing storage space, and employs an intelligent index retrieval algorithm based on a B+ tree to achieve intelligent and fast data retrieval, optimize query paths, reduce decompression time, and improve retrieval efficiency.

The utility model discloses an arch-shaped combined keel flat-insertion partition wall system which comprises stand column keels, flat-insertion assemblies, panels, horizontal keels, inter-keel insertion fixing assemblies and panel supporting pieces, the backs of the panels are connected with the stand column keels in an inserted mode through the flat-insertion assemblies, the cross section of each stand column keel is of an arch-shaped opening structure, and each flat-insertion assembly comprises a mother piece and a son piece. The mother part is of a left-right symmetrical structure, a middle gap forms a child part insertion channel, the child part is a special-shaped L part and comprises child part parallel limbs and a child part insertion plate, a clamping protrusion is arranged at the head of the child part insertion plate, and the connecting concave position of the clamping protrusion and the child part insertion plate is limited through an end protrusion of a limiting hook. A closed stress ring is formed by flatly inserting the arch-shaped combined keel into the partition wall system, loads are effectively dispersed, and the overall stability is improved. The symmetrical angle plates of the female part are clamped into the inner clamping holes to form bidirectional constraint, the limiting hooks are matched with the clamping protrusions to achieve three-dimensional limiting, the loosening risk of traditional single-point insertion is avoided, and long-term stable connection of the panel is guaranteed.

The application provides an efficient matrix storage method and system based on wind power prediction data, and relates to the technical field of wind power data storage. The method comprises the following steps: constructing multi-dimensional time series data according to wind power prediction data of each wind turbine in a wind farm; constructing a table structure based on an array field for the multi-dimensional time series data, each row corresponding to prediction data of a prediction model of the wind turbine at a prediction release time, and each feature storing the numerical value of the corresponding feature at multiple prediction target times in the form of an array field; performing hierarchical storage management on the wind power prediction data according to the table structure, storing wind power prediction data within a first time range as hot data in a cache table in the form of an original array; and storing the remaining wind power prediction data as cold data, obtaining multiple time blocks, performing singular value decomposition on the original matrix corresponding to each time block, and compressing and storing the cold data into a cold data table. The application helps to improve data calling efficiency and reduce overall storage space occupation.

The application provides a temperature field prediction method and medium, comprising: obtaining a temperature field data set of a rocket engine; inputting the temperature field data set into a pre-trained temperature field prediction model to obtain temperature field prediction time series data in a prediction time period; wherein the temperature field prediction model comprises sequentially connected time series compression module, time series prediction module, time series decompression module and time series output module; the time series compression module is configured to compress the temperature field time series data to obtain temperature field compressed time series data; the time series prediction module is configured to perform prediction according to working condition data and the temperature field compressed time series data to obtain compressed prediction data in each prediction time of at least one prediction time; and the time series decompression module is configured to decompress the compressed prediction data in each prediction time to obtain temperature field prediction data in each prediction time. In this way, rapid and accurate prediction of the temperature field of the rocket combustion chamber can be realized.

This invention relates to a time-refreshing method for hardening missile-borne computers against single-event upsets (SWEs), belonging to the field of missile-borne computers. In this invention, a DSP processor (1) and a non-volatile memory (2) are connected via an EMIF bus (3). Software hardened using the SEU method runs in the DSP processor. The non-volatile memory is responsible for backing up the protected data, and the EMIF bus is responsible for supporting data interaction between the DSP processor and the non-volatile memory. This invention does not increase the internal storage space requirements of the DSP; SEU hardening is performed at a certain time period, allowing for time-sharing of DSP computing resources, thus minimizing the impact on normal program execution; the length of data blocks and the cycle of SEU hardening can be flexibly adjusted, achieving a balance between computing resource consumption and SEU hardening effectiveness.

The application provides a display device and a driving method thereof. The driving method comprises the following steps: measuring a high level duration of a frame start signal of the display device; calculating a current driving frequency of the display device based on the high level duration; updating a color coordinate accuracy lookup table of a predetermined target gray scale when the current driving frequency is lower than a preset threshold; and adjusting the brightness of the display device according to the updated color coordinate accuracy lookup table. The application can greatly reduce the storage space requirement of the compensation data in the timing controller by selectively updating the color coordinate accuracy lookup table, and ensure the smoothness of the brightness adjustment by updating the adjacent gray scale data in a gradient manner. In addition, the application does not require additional hardware support, thereby effectively reducing the cost. Experimental results show that the application can significantly improve the variable refresh rate performance, effectively reduce the brightness flicker, and improve the display quality.

The utility model discloses a roof covering all-in-one machine which comprises a base, a rotary support is connected to the base in a rotating mode, a rotary disc is installed at the upper end of the rotary support, a plurality of rollers are arranged on the rotary disc at equal intervals, the rollers are connected through a conveying motor and a chain, a rotary motor is installed in the rotary disc, and the rotary motor is connected with the rotary support in a rotating mode. An output shaft of the rotary motor is connected with the rotary support through a gear, a machine frame is installed on one side of the upper end of the base, a supporting frame is installed on the machine frame, and a roof covering lifting mechanism is installed on the supporting frame. Multiple devices do not need to be used in cooperation, the occupied area of the devices is greatly reduced, the requirement of enterprises for storage space is lowered, the manual operation time and workload are reduced, a large number of goods are packaged within a short time, the production efficiency of the enterprises is improved, and the logistics turnover speed is increased. Packaging parameters can be flexibly adjusted according to the sizes, shapes and packaging requirements of different goods, automatic production is achieved, and packaging adaptability is improved.

The application discloses a cross-document type retrieval method and system based on differential nested coding. The method includes six steps: document preprocessing, document type identification, differential coding, index construction and optimization, online retrieval and result fusion. First, the document is standardized and preprocessed to extract structured information. Second, the BERT classifier is used to analyze the document features and identify the document type. Then, according to the document type, the corresponding encoder is selected to generate the original coding vector. Next, the differential nested coding index is constructed and optimized. In the online retrieval stage, the user query is preprocessed, the relevant document type is predicted, and the approximate nearest neighbor retrieval is performed. Finally, the retrieval results are sorted by a stepwise weight fusion strategy, and the top-100 retrieval results are returned. Through differential coding and index optimization, the application realizes efficient retrieval of different types of documents, and has significant practical value and application prospect.